Why Choose Us
Chongqing Endurance Energy Equipment Integration Co., Ltd is a member of Endurance Industry Corporation, a leading supplier of technology and services in multiple industries including oil & gas equipment, environmental equipment, special equipment, and automobile parts. The company has a history that can be traced back to 1905, when it was established as China's first measurement factory. We specialize in producing pressure vessels, pressure vessel tank, high pressure container, large pressure vessels, industrial pressure vessel, and other Pressure Vessels.
Tailoring Process Flows
Meticulous planning is the key to success. Our engineering experts are world leaders in the development of bespoke plants and process technologies. We team up with our customers, working closely with them to engineer the optimum process -no matter how complex -based on state-of-the-art proprietary and proven licensed technologies.
Construction And Commissioning
Constructing an industrial plant is a mammoth, multi-step undertaking spanning the entire technology, engineering, procurement and construction value chain. Through our assembly monitoring centers, assembly partners and global network of fabrication yards, we ensure that all resources and experts are in the right place, at the right time. We are also the partner of choice when it comes to the final, all-important step in the process -commissioning. Our commissioning engineers make sure that your multi-million plant is fully ready for operations before they efficiently and smoothly hand it over to you.
Global Procurement Network For Cost And Reliability Gains
Our logistics teams transport modules weighing several thousand metric tons to the most remote corners of the globe. But we also ship smaller, single components, always choosing the fastest route to get urgent deliveries on site, on time. No matter what you need, we make the impossible possible -with the backing of our dedicated supplier approval concept coupled with a reliable, scalable and transparent request and order process. This enables us to offer you outstanding quality, on-time deliveries and a host of value-add services at great prices.
Rich Experience
The market share of our CNG dispensers and LNG dispensers has stayed on top in China since 2003 with over 24,000 sets metering units selling record, and has been installed globally including the Middle East, Pakistan, Bangladesh, Thailand, Indonesia, Nigeria, France, Uzbekistan, Turkey, Russia etc.
Hydraulic piston compressors are built in areas where there are no natural gas pipelines. CNG mother station pressurized natural gas storage through the compressor, and then CNG trailer will transport 25Mpa compressed natural gas to the sub station for CNG car refueling.
Dual Nozzle CNG Dispenser Single Hose Hydrogen Dispenser Dual Hose CNG Dispenser CNG Time Fill Post YZ Series CNG Compressor CNG Priority Panel CNG Compressor Front Natural Gas Dryer High Flow CNG Dispenser
The dispenser can be configured with single hose with compact size to reduce investment, which is especially suitable for private, micro or mobile CNG stations with less gas filling demand.
Single Hose Hydrogen Dispenser
Single Hose Hydrogen Dispenser is a gas filling equipment used for metering of hydrogen in hydrogen stations. The hydrogen dispenser mainly includes high-pressure pipelines, valves, nozzles, metering, pricing display and other systems.
Dual Hose CNG Dispenser is a kind of common CNG refueling equipment. It has micro control processor unit controlled intelligent standard flow rate dispenser with function of trade settlement and network management, used for refueling to Nature Gas vehicle in CNG station.
JQ Series CNG Filling Post for Tube Trailer is a type of CNG dispenser used for refueling CNG tube trailers, HCV, MCV or LCV transport vehicles in the CNG mother stations. It is designed with high flow rate of up to 75 kg/min.
Endurance high flow LNG dispenser has integrated high performance industrial controlled computer head and high accuracy mass flow meter. All valves and internal parts has passed strict cryogenic test to ensure safe operation. LNG dispenser designed to refuel LNG powered trucks in a safer, easier and more ergonomic way.
YZ Series CNG Compressors is suitable for CNG satellite station. The YZ Series CNG Compressor can provide refueling service to vehicles where there is no natural gas pipeline network. It has the characteristics of stable operation, wide application range, low failure rate, safe and reliable, low maintenance cost.
The CNG Priority Panel is mainly composed of sequence valve, high pressure ball valve, check valve, pressure gauge, high pressure joint, high pressure ferrule and high pressure pipeline.
A hydraulic Booster compressor is a type of compressor that is designed to convert hydraulic power to pneumatic power. It is used across various industries to improve the efficiency of certain types of machinery. Hydraulic compressors have a hydraulic pump to push air through a pipe, which forces a motor to spin. If you want to know the specifications and prices of Hydraulic Booster Compressor, please contact us!
Advantage of Hydraulic Booster Compressor
For the most part, performing maintenance on a hydraulic system is a relatively straightforward process since they contain minimal moving parts. Working with less movement in the system means that little maintenance is required, and they are easier to troubleshoot if any issues should arise.
In comparison to pneumatics, hydraulic systems aren't comprised of as many moving components. Less moving parts reduces the risk of friction and deterioration, meaning they're subject to less wear over time.
Hydraulics is an incredibly advanced technology that's used in many critical components. Applications such as car braking systems and theme park rides rely on hydraulics for safe and reliable operations. It's safe to say that if the methodology was flawed, it wouldn't be implemented in these potentially dangerous applications.
Despite their complex engineering, hydraulic systems are very easy to control with just a few elements. With simple levers and buttons, users can easily start, accelerate or decelerate straight from the accompanying control panel.
Hydraulics help to improve efficiency in many different applications across industries. They are capable of moving substantial amounts of weight at a high speed, working at incredibly high pressure levels.
Type of Hydraulic Booster Compressor
Positive Displacement Compressors
Positive displacement compressors draw atmospheric air into one or more compression chambers. These chambers are then closed from the inlet. As the volume of each chamber decreases, the air is compressed internally until the pressure reaches the designed pressure ratio. The valve then opens and the air is discharged into the outlet system.
●Reciprocating compressors are the most commonly used positive displacement compressors because they can handle all volume capacities and pressures. There are two different designs; single and two-stage.
●Single-stage: With a single-stage, the air is drawn into the cylinder and compressed in a single stroke. Compressed gas is then transferred to a storage tank
●Two-stage: A two-stage design employs an extra piston and is capable of higher pressure levels.
Rotary Compressors
Rotary compressors are positive displacement machines in which the compressing and displacement are affected by the positive action of rotating elements. The two main types are vane and screw compressors.
●Vane compressors use rotating, fan-like blades called vanes to compress hydraulic materials. The size and shape of the vanes determine how strong the pressure can be. Multiple vanes are combined to make complex compressors of any size.
●Screw compressors are positive displacement machines that have distinct working phases: suction, compression and discharge. Two counter-rotating helical screws are arranged in a compressor casing; gas inlet and discharge nozzles are at opposite ends.
Dynamic Compressors
Dynamic compressors work at a constant pressure but their performance is affected by external conditions, such as changes in inlet temperatures. Air is drawn between the blades on a rapidly rotating compression impeller as it accelerates to a high velocity. The gas is then discharged through a diffuser, where the kinetic energy is transformed into static pressure. These compressors are designed for large-volume flow rates. Depending on the main direction of the gas flow, they are called radial or axial compressors.
●Axial flow compressors use multiple vanes to increase the compression capabilities of a machine. They are often used in high-volume situations where a single rotary vane is not sufficient. They have a high-efficiency rate but are more expensive than other types of compressors.
●Centrifugal compressors slow and cool incoming air through a diffuser in order to build up potential energy. Because of their multi-phase compression process, they're able to produce a high amount of energy in a relatively small machine. They require less maintenance than reciprocating compressors and some types can produce oil-free air.
How does Hydraulic Booster Compressor work
During the intake process, there are no intake and exhaust valve groups. The intake is adjusted by opening or turning the automatic adjustment valve. When the altitude of the two rotors turns to the entrance of the shell, the area below the rotor connects to the air inlet space. As the air is discharged, the altitude is in a vacuum state, and external air is drawn in. The altitude of the two rotors flows along the axial direction, with the intake side turning away from the shell.
When the main two rotors inhale, the main and auxiliary rotor tooth summits close with the case. At this moment, the air is sealed in the groove and no longer flows. This is the closed process. The main and auxiliary rotors continue to rotate, and the tooth peak and groove inhale. Consistency begins to move towards the exhaust end. This is the conveying process.
During the conveying process, the meshing surface moves towards the exhaust side. The dental groove between the meshing surface and the exhaust port gradually decreases, compressing the gas in the groove, increasing the pressure. This is the compression process. While compressing, lubricating oil sprays into the compressed interior, mixing with the air due to the pressure difference.
When the end surface of the rotor exhaust connects to the housing exhaust port, the compressed gas begins to discharge until the coordination surface between the top of the tooth moves to the end surface of the housing exhaust. At this time, the altitude between the coordination surface of the two rotors and the exhaust port of the shell is 0. The exhaust process is completed. Simultaneously, the length of the tooth gap between the rotor with the air inlet reaches a sufficient length again, starting a new compression cycle.
How to Determine the Best Hydraulic Booster Compressor Your Needs
Know the Necessary Air Pressure and Delivery
Air Pressure
Tip: Teams should use air compressors with about 20% more PSI than what their tools need; this will prevent frequent air pressure drops and get the best output.
Air Delivery
Tip: When running more than one tool at once, make sure their total CFM doesn't exceed your compressor's air delivery rating.
Confirm Your Power Supply Needs
Gasoline-powered compressors are a popular alternative. Gas air compressors are essential on job sites disconnected from a power grid. However, they are much louder than electric models. Their exhaust also requires ventilation for teams to operate around them safely.
Hydraulic air compressors are the least popular option. These models derive power from the hydraulics on a vehicle or piece of equipment. Teams with robust hydraulics systems in their equipment will benefit the most from these compressors.
Choose the Air Capacity and Tank Size
Construction crews require a larger, higher-pressure air compressor. Tank sizes on bigger models range from 1 gallon to 80 gallons. In general, most teams should stay around 20 gallons since a big air compressor is more difficult to store.
Pick the Right Duty Cycle
Assuming a compressor takes one minute to refill its reservoir, common duty cycles include:
●25%: Operators can expel pressurized air for 15 seconds after one minute of rest. This duty cycle suits small compressors for hobbyists.
●50%: For every 30 seconds of operation, this duty cycle requires a full minute to cycle in new air. This duty cycle works for small teams who use air power intermittently.
●75%: After one minute of recharge, these compressors can function for 45 seconds. This duty cycle works for medium-sized tools like pneumatic wrenches, saws and chisels.
●100%: These compressors generate air as quickly as they expel it. Because they can operate for hours on end, their engines are equipped with a cooling feature. Large crews use them for large tools in manufacturing and construction.
Hydraulic Booster Compressor Safety
Hearing Damage
Even mid-sized air compressors can cause severe hearing damage. Tools operating at 40 PSI or higher will rupture an eardrum if held less than half a foot away from an operator's head. When using an air compressor, team members should wear sound-blocking gear and keep equipment away from their ears.
Environmental Hazards
Only proper lubrication will keep a compressor stable in hot environments. Conversely, freezing temperatures will clog and crack essential components.
Flying Particles
Tools that use pressurized air exert enough force to dislodge particles. When working on a hard surface, these materials can harm crew members. Teams should use face protection when operating air tools like drills and jackhammers.
Certifications
Our Factory
Frequently Asked Questions
|
Model |
YLY1000-60-112 |
YLY1500-74-160 |
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Dimension |
4000×2300×2700 mm |
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Installed Dimension |
4000×2500×4400mm(Incl.air cooler) |
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Weight |
≈4600Kg |
≈4800Kg |
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